锌基合金

锌基合金镀层银白色钝化新工艺的研究

A New Process of Silvery Passivation of Zinc-Base Alloy Electrodeposit

稀土锌基合金的组织性能与应用

The Structural Properties and Applications of Zinc-base Alloy Modified with Rare Earth

Al含量对高铝锌基合金组织的影响

The Effect of Al Content on the Microstructure of High Aluminum Zinc-based Alloys

结果表明：C、Si颗粒可加入锌基合金且分布均匀。

It have been found that C and Si may be mixed into Zinc based alloy and has been well distributed .

高铝锌基合金的pv值及其测定

PV value of high aluminium zinc - based alloy and its testing method

离心铸造Mg2Si和Si自生增强的锌基合金复合材料

In-situ ( Mg_2Si + Si ) / Zn matrix composite fabricated by centrifugal casting

锌基合金气焊接头HAZ组织模拟

Thermal Simulation of Microstructures of HAZ in Gas Welding Joint of Zinc-based Alloy

铸造高强锌基合金ZA－27的挤压加工

Extruding Work of High Strength Casting Zinc-Based Alloy ZA - 27

试验合金的平均熔化热在170广西大学硕士学位论文高铝锌基合金的相变与热物理性能的研究kJ瓜g左右，高铝锌基合金熔化时能耗低。

The average heat of fusion of five testing alloys remains about 170 kJ / kg , so high Aluminum Zn-based alloy consume less energy in their melting .

热力学计算得出，C、Si与锌基合金基体不发生界面反应，为机械结合。

By means of thermodynamic calculation , it has been shown that there is no interfacial reaction in Zinc based alloy / ( C 、 Si ) and the interface is mechanical conjunction at the temperature .

TiB2颗粒增强锌基合金中短、长疲劳裂纹扩展行为

The Propagation Behavior of Short and Long Fatigue Crack in TiB_2 Particulate Reinforced Zn ( ZA-8 ) Alloy

锌基合金（ZA22，ZA27）可以挤压和轧制成形，但挤压成形塑性偏低。

Zinc-based alloys ( ZA22 , ZA27 ) may be formed by rolling and extrusion but with lower plasticity after extruding .

防护性锌基合金（Zn-Ni、Zn-Fe、Zn-Co）镀层钝化膜的耐蚀性比锌镀层钝化膜提高2～4倍。

The corrosion resistance of passivated films on electrodeposited Zn-Fe , Zn-Co , Zn-Ni alloys was 2-4 times higher than that on Zn .

在高铝锌基合金ZA&27中，加入5%（wt）以下的石墨时，仍保持比较高的力学性能。而摩擦系数和磨损率则得到成倍的降低。

Adding below 5 % ( wt ) of graphite in high aluminium zinc based ally ZA-27 , the composite remains higher mechanical properties and its frictional coefficient and the rate of wear reduce by a big margin .

试验结果表明，训练出的网络模型具有收敛快、精度高等优点，完全可用于锌基合金熔化焊HAZ摩擦学性能预测。

The experimental result shows that the trained ANN model has merits of quick convergence speed and high precision , and it can completely be used in predicting the HAZ tribological properties of zinc-based alloy .

在热镀锌镀液（纯Zn、Zn01%Al、Zn01%Ni）中添加微量稀土元素，对其所形成的锌基合金层在中性及酸性介质中的耐腐蚀性进行了测定。

The corrosion resistance in neutral and acidic media of the zinc alloy layer is determined . The alloy is formed in a hot dipping melt ( pure zinc , Zn 0 1 % Al , Zn 0 1 % Ni ) with some additions of RE elements .

Zn-Ni合金是钢铁材料的重要防护镀层，比其它锌基合金具有更高的耐蚀性和更优的机械性能，具有良好的应用前景。

Zinc-nickel alloys are an important kind of protective coatings for steel . These alloys have a promising future since they demonstrate higher corrosion resistance and superior mechanical properties , as compared to other zinc alloy coatings .

研究了TiB2颗粒增强锌基合金及其基体材料中由缺口起始的疲劳短、长裂纹的扩展行为。

The propagation behavior of short and long fatigue cracks emanating from notches in specimens of a TiB_2 particulate reinforced ZA-8 Zn metal matrix composite ( MMC ) and the corresponding constituent matrix material was studied .

因此，本文研究了弱酸性氯化物体系中Zn-Ni、Zn-Ni-P合金电镀工艺及其基础理论，以期缩短我国锌基合金电镀与世界水平间的差距。

This dissertation , based on current research , tries to study the electroplating process of weak acid chloride based Zn-Ni and Zn-Ni-P and the fundamentals , aiming to shorten the gap between China and the world concerning the zinc alloys electroplating technique .

高铝锌基合金的滑动摩擦特性研究

Study of Sliding Frictional Property of High Aluminum Zinc Matrix Alloys

化学成分对锌基合金性能的影响

Effect of chemical composition on mechanical properties of zinc base alloy

锌基合金凸模固定板在冲模中的应用

The Application of Zn-based Alloys Punch Fix Board in Stamping Die

高铝锌基合金铸管的性能与组织的研究

On Mechanical Properties and Structure of Aluminium Zinc-based Alloy Cast Pipes

含硅高铝锌基合金微观组织和性能的研究

Study on Microstructure and Property of Si-modified High Aluminum Zn-based Alloys

锌基合金熔化焊接头特征区域分析

Analysis of the Characteristic Zones of Zinc-Based Alloy Fusion Welding Joint

添加稀土元素的锌基合金牺牲阳极的研究

Sacrifices Anode Materials of Zinc Alloy Systems Adding Rare Earth Elements

高铝锌基合金干摩擦时摩擦磨损性能明显下降。

The properties of alloys are decline under dry sliding condition .

锌基合金钎焊界面区的微观组织形态及相组成

Microstructure and characteristics of soldering joint interfacial region of ZA alloy

含铝量对锌基合金耐磨性的影响

Effect of Aluminium Content on Wear Resistance or Zinc Based Alloys

高铝锌基合金粉末冶金材料及其摩擦学特性初探

P / m high aluminium zinc alloy material and its tribological characteristics